By T. Karthik, P. Ganesan, D. Gopalakrishnan
This publication goals to supply a huge conceptual and theoretical point of view of clothing production procedure ranging from uncooked fabric choice to packaging and dispatch of products. additional, engineering practices in an clothing for construction making plans and keep an eye on, line balancing, implementation of business engineering recommendations in clothing production, promotion actions and garment costing were incorporated, and they'll function a starting place for destiny clothing pros. The ebook addresses the technical elements in each one component to garment production strategy with thought of caliber features. This ebook additionally covers the construction making plans method and creation balancing activities.
It addresses the technical facets in each one part of garment production method and caliber facets to be thought of in every one strategy. Garment engineering questions each one process/operation of the entire paintings content material and will lessen the paintings content material and elevate profitability by utilizing cutting edge equipment of development and expertise. This publication covers the creation making plans procedure, creation balancing actions, and alertness of business engineering recommendations in garment engineering. extra, the advertising actions and garment costing approaches will care for a few functional examples. This booklet is basically meant for cloth expertise and type know-how scholars in universities and schools, researchers, industrialists and academicians, in addition to execs within the clothing and fabric industry.
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Additional info for Apparel manufacturing technology
Tensile strength is the measure of a straight line pull, parallel to the fabric plane, that is needed to part the yarns receiving the pull stress. The tensile strength reading on the testing machine varies with rate of stress (Ulrich and Eppinger 2004). 6 Garment Production Working Characteristics Garment production working characteristics affect the quality of product as well as cost of production. An example of this is the difficulty entailed in sewing some fabrics with certain types of ornamentation.
The new technologies, systems and innovations in the clothing sector have improved efficiency at each production stage and enhanced the harmonisation between stages and provided a more seamless interface between them (Bheda et al. 2003). The major breakthrough innovation was the use of computers in clothing manufacturing in areas like pattern making, marker planning and computerised automatic cutting machine. This machine has made it possible to cut increasingly thick layers of cloth accurately (Tyler 1992; Chuter 1995; Fairhurst 2008).
6. 7. 8. 9. Elasticity Torsion Malleability Flexibility self flex, resistance flex, maintenance flex and reflex Resilience Gravity drape, gravity sag and gravity elongation Thickness compressibility is the degree to which a fabric thickness can be compressed with a given pressure. Plane compressibility refers to the amount to which a given area of the fabric can be compressed into the lowest volume with a given spherical compression. Elongation refers to the extent to which the fabric can be stretched without breaking the fabric.
Apparel manufacturing technology by T. Karthik, P. Ganesan, D. Gopalakrishnan